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Catalytic activity of unpromoted and promoted nickel molybdate in butane selective oxidation
14
Citations
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References
1996
Year
Materials ScienceInorganic ChemistryChemical EngineeringSelective OxidationEngineeringCatalytic MaterialCatalytic ApplicationCatalytic ProcessHeterogeneous CatalysisPromoted Nickel MolybdateCatalysisCatalytic ActivityChemistrySurface Acid–base PropertiesButane Selective OxidationCatalyst PreparationCatalytic Synthesis
Stoichiometric α- and β-phases of NiMoO4 show remarkable differences in the selective oxidation of butane to butenes and butadiene; modification of the surface acid–base properties of the catalysts by doping with K and Ca results in an increase in catalytic activity, especially with the α-phase.
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